Industrial control integrated computers are widely used in industrial automation, digitalization, and intelligence. The following are some specific scenarios:
l Factory automation: As the touch center of industrial big data, industrial control integrated computers play an important role in the transformation of factory automation. They are used to coordinate and monitor various equipment, such as robots, automation instruments and sensors on the production line, to ensure the smooth progress of the production process.
l CNC machine tools: Industrial control integrated computers can be used for monitoring and controlling CNC machine tools. By receiving and parsing data from machine tools, accurate processing control can be achieved, and production efficiency and product quality can be improved.
l Manufacturing: In the manufacturing process, industrial control integrated computers can be used for real-time monitoring and data collection of production equipment, helping enterprises to achieve comprehensive control of the production process, improve production efficiency and optimize resource allocation.
l Industrial control cabinets, industrial control instruments and instruments: Industrial control integrated computers can provide a stable operating environment for industrial control cabinets and industrial control instruments and instruments, while achieving accurate control and data collection of various instruments.
l Automation instruments and analyzers: Industrial control integrated machines can be used for remote monitoring and control of automation instruments and analyzers. By analyzing real-time data, they can realize functions such as fault warning and process optimization.
l Pressure sensors, temperature sensors, speed sensors: Industrial control integrated machines can be used in conjunction with pressure sensors, temperature sensors, speed sensors, etc. to realize real-time monitoring and warning of environmental parameters, ensuring the safety and stability of the production process.
l Laser cutting and automated processing: In high-end manufacturing fields such as laser cutting and automated processing, industrial control integrated machines can realize precise control and data collection of equipment, improve processing accuracy and production efficiency.
l Fully automatic packaging: In the process of fully automatic packaging, industrial control integrated machines can be used to control the operation and data collection of packaging machines, improve packaging efficiency and product quality.
l Industrial 3D printing: Industrial control integrated machines can be used for process control and data collection of industrial 3D printing, improve printing efficiency and product quality.
l MES production system, factory kanban: Industrial control integrated machines can be used in conjunction with MES production system and factory kanban to realize visual management of the production process, improve production efficiency and product quality.
l Instrument detection: Industrial control integrated machines can be used for instrument detection and calibration to ensure the accuracy and reliability of equipment.
l Intelligent motion control: In the field of intelligent motion control, industrial control integrated machines can achieve precise control and data acquisition of mechanical motion, improve motion control accuracy and production efficiency.
l Electrical automation: In the field of electrical automation, industrial control integrated machines can be used for monitoring and control of electrical systems to achieve stable operation and optimized control of electrical equipment.
In general, the application scenarios of industrial control integrated machines are very wide. They play an important role in industrial automation, digitalization, and intelligence, improve production efficiency, reduce production costs, and provide strong support for the sustainable development of enterprises.
